# Probability of success

Probability of success | |
---|---|

See also |

**Probability of success** is one of the key management decision factors closely related to the same concept described in statistics and probability theory. Probability of success is derived from data gathered by researches and market analysis during identification of threats and opportunities for important development decision (entering new market, new product preparation, etc.).

## The impact of working in multicultural teams on success[edit]

Global enterprises are very numerous and what is important, they employ people from different cultures. employees
arrivals from culturally diverse countries are characterized by some common features, but also have some differences.
In front of the management of these companies is a great challenge to integrate these culturally diverse employees in order to ensure
their efficient functioning in the organization. The creation of such a team requires both the superior and colleagues
learning about cultures, identifying differences and similarities in the approach to tasks. Creating an effective team
multiculturalism is a big confession that is worth taking, because it gives many benefits to organizations.^{[1]}

## Mathematical methods to calculate the probability of success[edit]

**Bernoulli attempt** is an experience in which we get one of two possible outcomes. One of these results is called success and the other a failure. If the probability of success is \( p \), then the probability of failure is \( q=1-p \).^{[2]}

**Bernoulli scheme** is called a sequence of independent repetitions of Bernoulli attempt.

In the **Bernoulli scheme**, obtaining exactly \( k \) successes in \( n \) attempts can be calculated from the formula:^{[3]}

\( P_{n} (k)= \binom{n}{k} p^k q^{n-k}, \)

**Example:**
We throw the dice three times. What is the probability that 4 will fall out twice?

\( n=3 \) the number of throws

\( k=2 \) number of successes (falling 4)

\( p=\frac{1}{6} \) the probability of success (falling 5)

\( q=1-\frac{1}{6}=\frac{5}{6} \) probability of failure (5 failed)

**\( P_{3} (2) = \binom{3}{2} (\frac{1}{6})^{2} (\frac{5}{6})^{3-2} = \frac{5}{72}, \)**

The probability that in three throws 5 will be exactly two times is **\( \frac{5}{72} \).**

## Footnotes[edit]

## References[edit]

- Borovkov A. (1998).
*Probability Theory*. Gordon and Breach Science Publishers, 9-11. - Kale P., Dyer J. H., Singh H. (2002).
*Alliance capability, stock market response, and long‐term alliance success: the role of the alliance function*. Strategic management journal, 23(8), 747-767. - Zander L., Butler C. L. (2010).
*Leadership modes: Success strategies for multicultural teams*. Scandinavian Journal of Management, 26(3), 258-267.

**Author:** Klaudia Wróbel

.